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Coder Assumptions for 'turtletrajectory'
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Coder Assumptions for 'turtletrajectory'
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List of assumptions that you can check and expected results for selected target environment. For more information see, <a href="matlab:helpview(fullfile(docroot,'toolbox','ecoder','helptargets.map'),'verif_of_code_generation_assumptions')">Verification of Code Generation Assumptions</a>.
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<h3 name="sec_C++_Language_Configuration_for_Generic->Unspecified_(assume_32-bit_Generic)_Target_Hardware" id="sec_C++_Language_Configuration_for_Generic->Unspecified_(assume_32-bit_Generic)_Target_Hardware">
C++ Language Configuration for Generic->Unspecified (assume 32-bit Generic) Target Hardware
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BitPerChar
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8
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BitPerShort
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16
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BitPerInt
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32
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BitPerLong
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32
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BitPerFloat
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32
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BitPerDouble
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64
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BitPerPointer
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32
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BitPerSizeT
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32
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BitPerPtrDiffT
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32
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Endianess
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Unspecified
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Shift right for signed integer is arithmetic shift
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True
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Signed integer division rounds to
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Undefined
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<h3 name="sec_Floating-Point_Numbers" id="sec_Floating-Point_Numbers">
Floating-Point Numbers
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Code generation is configured to support floating-point numbers, therefore your target environment might perform subnormal number calculations.
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Flush-to-zero computed subnormal values (FTZ)
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False
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Flush-to-zero incoming subnormal values (DAZ)
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False
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If the assumptions are not correct, subnormal numbers might cause mismatches between model and generated code simulation results.  For more information see, <a href="matlab:helpview(fullfile(docroot,'toolbox','ecoder','helptargets.map'),'subnormal_numbers_performance')">Subnormal Number Performance</a>.
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